Year: 2019

An EU-funded project to develop a super-resolution microscope platform capable of visualising DNA, mRNA and proteins in living cells could advance regenerative medicine, potentially leading to breakthroughs in replacing or restoring diseased or malfunctioning human cells, tissues or organs. Powered by WPeMatico

Cities need to develop inclusive, smart and sustainable solutions to climate and water-related challenges. Using nature to solve these challenges can bring multiple benefits. The EU-funded Urban Nature Labs (UNALAB) project is taking a citizen-driven approach to developing innovative, nature-based solutions in different urban environments. Powered by WPeMatico

What warming of the Arctic will mean for ecosystems and communities inside the Arctic and the Northern Hemisphere is uncertain. An EU-funded project aims to better describe, model and predict climate extremes in the region and to develop more accurate long-term forecast systems for the Northern Hemisphere. Powered by WPeMatico

An EU-funded project aims to better predict when and how severe weather will affect Europe, Asia and North America, enabling people on these continents to mitigate the adverse effects on their health and economies. Powered by WPeMatico

The European Commission, with the support of the EC-funded project ARCADE, is pleased to announce its Second European Conference on connected and automated driving: ‘Connected Automated Driving: Europe takes the lead’ The deployment of Connected and Automated Driving (CAD) can contribute significantly to our policy goals of bringing down the

Looking towards the project’s end, the BIOrescue consortium is pleased to invite all interested stakeholders, including partners from other biorefinery projects, to join them in a dedicated workshop to be held in the morning of 28 February in Mainz, Germany, to discuss the challenges and opportunities arising from the exploitation

Vojtěch Adam is a recognized scientist in the field chemistry and biochemistry and he is an expert in the application of advanced materials in the biology. He particularly deals with metallothioneins, proteins with the ability to bind metals, with unique structure rich in cysteines. He and his research team believe